Field Experiments and Evaluation on a Snow Melting Tank by using Underground Thermal Energy in N-cho Hokkaido

Y. Hamada, Makoto Nakamura, Hisashi Saitoh, Kohsuke Oie, H. Kubota, S. Yokoyama, Kiyoshi Ochifuji
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Abstract

This paper describes field experiments and evaluation on a snow melting system by using underground thermal energy in order to verify its energy saving performance. Firstly, experiments on a snow melting tank with a vertical earth heat exchanger which is 30m in depth were made and it was found that the heat extraction rate from the underground reached approximately 1.4kW. Secondly, an evaluation program on the snow melting system was developed, and the program was verified to give good predictions on the system performance.As a result of system simulations on a snow melting area, a length of the vertical earth heat exchanger and the tank volume, it was clarified that the energy consumption and CO2 emissions were greatly reduced comparing with conventional snow melting systems.
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北海道N-cho地下热能融雪池的现场试验与评价
为验证地下热能融雪系统的节能性能,本文对地下热能融雪系统进行了现场试验和评价。首先,在30m深的具有垂直土壤换热器的融雪槽上进行了实验,发现从地下抽出热量的速率约为1.4kW。其次,开发了融雪系统的评估程序,并对该程序进行了验证,对系统性能有较好的预测效果。通过对某一融雪区域、某一垂直地埋管换热器长度和储罐容积的系统模拟,表明与传统融雪系统相比,该系统的能耗和CO2排放量大大降低。
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